Designing an aquaculture facility involves much more than meeting technical requirements. It also requires a comprehensive risk management strategy to protect the investment and ensure long-term operational reliability.

Bureau d'études aquaculture CHF

Although frequently overlooked, this aspect is becoming increasingly important for insurance companies, financial institutions and project investors.

A properly engineered facility naturally presents a lower operational risk. From the earliest design stages, the engineering consultancy identifies critical systems and develops solutions aimed at minimizing the consequences of equipment failures or operational incidents.

This engineering approach typically includes:

• technical and biological risk assessments;
• sizing of safety equipment;
• redundancy of critical systems (pumps, oxygen supply, power supply, monitoring systems, etc.);
• business continuity during equipment failures;
• maintenance accessibility;
• complete traceability of engineering decisions.

The objective is not simply to comply with engineering standards, but to significantly reduce the likelihood of failures that could generate substantial economic losses.

Facilities designed without comprehensive engineering studies may contain hidden weaknesses that remain unnoticed during commissioning but later lead to hydraulic failures, inadequate oxygenation, insufficient redundancy, water treatment deficiencies, excessive energy consumption or operational difficulties.

By integrating risk management into the design process, an aquaculture engineering consultancy significantly improves system reliability while reducing technical, financial and insurance-related risks.

Building a Comprehensive Technical File

Engineering work does not end once the design is completed.

A professional engineering consultancy produces a complete technical documentation package that supports the project throughout its entire life cycle.

This documentation becomes an essential reference for project owners, contractors, operators, regulatory authorities, financial institutions and insurance companies.

Depending on the project, it may include:

• hydraulic and biological calculations;
• production balance calculations;
• Process Flow Diagrams (PFD);
• Piping and Instrumentation Diagrams (P&ID);
• hydraulic schematics;
• electrical single-line diagrams;
• equipment layout drawings;
• technical specifications;
• functional specifications;
• risk analyses;
• operation and maintenance procedures.

Comprehensive technical documentation ensures consistency from design through commissioning and long-term operation.

It also improves contractor tendering, reduces technical ambiguities, facilitates construction supervision and demonstrates the engineering methodology applied throughout the project.

Well-documented projects are easier to operate, maintain, upgrade and insure.